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Research On Reactive Power Compensation Technology Winfoong Abagaqi Gray Teng Liang Wind Farm Of A 49.5MW Project

Posted on:2018-02-10Degree:MasterType:Thesis
Country:ChinaCandidate:L Y WangFull Text:PDF
GTID:2322330515957668Subject:Engineering
Abstract/Summary:PDF Full Text Request
With the constant consumption of international and domestic coal resources,the world's environmental pollution is increasing,more and more new power generation methods are accepted and applied by people.Wind energy,as a kind of renewable resource,is more and more widely used in the world.With the gradual extension of the application of wind power generation,the shortcomings of its persistence and stability is not strong gradually revealed,for its reactive power compensation in Xi'an network has become the focus of research and attention.This paper focuses on the gray Teng Liang Rong Feng Abagaqi wind power plant to the voltage control in the power generation process and how to carry out the power of reactive power compensation.This paper introduce the characteristics of wind power and the grid connected operation,technology needs careful summary and analysis of the reactive power compensation of wind farm,and the design of system software on the basis of relevant.This paper uses PSASP software to create a complete simulation of the actual operation of the power plant model,using the model of reactive power compensation is analyzed and studied in detail the proposed wind farm in the planning and design process,in order to compensate,hardware configuration and capacity for confirmation,thus obtained the best solution.From the simulation results,we can see that after the implementation of the compensation scheme,the stable supply of each node voltage is achieved,and the active power consumption is reduced.In this paper,the design of the software,the use of user-friendly design,friendly interface,and can be extended and strong,for other wind farm is also applicable.
Keywords/Search Tags:wind farm, voltage regulation, PSASP, active power, Reactive power compensation
PDF Full Text Request
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